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Manufacture method of carbonized particle nutrition soil for culturing arethusa plants

A manufacturing method and technology of carbonizing granules, applied in fertilizer mixtures, fertilization devices, applications, etc., can solve the problem that nutrient soil cannot fully meet the requirements of normal growth and nutrient elements required by orchid plants, and achieve water storage Moisturizing, improving the degree of standardization and scientificity, and the effect of more living space

Inactive Publication Date: 2012-06-20
傅华龙
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] The purpose of the present invention is to overcome the fact that the existing nutrient soil cannot fully meet the requirements of the normal growth of orchids and the required nutrient elements, and to provide a kind of carbonization that is more suitable for the cultivation of orchids by means of combining physics and chemistry. Manufacturing method of granular nutrient soil

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0041] Respectively, after drying the weed grass and the clay, pulverize them into powder with a pulverizer, the length of the weed grass powder is less than 5 mm; the clay powder can pass through an 80 mesh sieve, and the weight percentage is 2% of the weed grass powder and 98% of the clay powder are mixed evenly to obtain a mixed powder Then, the amount of macroelements and microelements in the formula of B5 medium is prepared according to the total weight ratio of the carbonized granule nutrient soil, then concentrated 10 times, directly added to the above mixed powder, and then added with clean water and mixed thoroughly , to obtain nutritional powder; the water content in the nutritional powder is controlled at about 12%, and after further mixing evenly, the nutritional powder is prepared into solid particles with a particle feed machine, and the diameter of the particles is about 5mm. After the solid particles are naturally air-dried , placed in a closed dry distillation ...

Embodiment 2

[0043] Respectively dry wheat straw and clay and pulverize them into powder with a pulverizer, the length of the wheat straw powder is less than 7mm; the clay powder can pass through an 80 mesh sieve, and mix 98% wheat straw powder and 2% clay powder evenly by weight to obtain a mixed powder Then the amount of macroelements and microelements in the formula of MS culture medium is prepared according to the total weight ratio of the carbonized granule nutrient soil, then concentrated 10 times, directly added to the above mixed powder, and then added with clean water and mixed thoroughly , to obtain nutritional powder; the water content in the nutritional powder is controlled at about 15%, and after further mixing evenly, the nutritional powder is prepared into solid particles with a diameter of about 20 mm using a pellet feed machine, and after the solid particles are naturally air-dried, Put it in a closed carbonization furnace for carbonization. After the temperature in the car...

Embodiment 3

[0045] Respectively dry the edible fungi cultivation waste and clay and pulverize them into powder with a pulverizer. The length of the edible fungi cultivation waste powder is below 10mm; Mix evenly with 50% clay powder to obtain mixed powder; then prepare the amount of macroelements and microelements in the formula of B5 medium according to the total weight ratio of the prepared carbonized granulated nutrient soil, and then concentrate the amount by 10 times. Add directly to the above mixed powder, then add clean water and mix thoroughly to obtain nutritional powder; the water content in the nutritional powder is controlled at about 13%, and after further mixing evenly, the nutritional powder is prepared into a solid by using a pellet feed machine Granules, the diameter of which is about 8mm. After the solid particles are naturally air-dried, they are placed in a closed carbonization furnace for carbonization. The temperature is about 200°C, and the airtight carbonization ti...

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Abstract

The invention relates to a manufacture method of carbonized particle nutrition soil for culturing arethusa plants. According to the method, clay powder and organic powder of crop straws, fungus culture waste materials, sawdust or grass scraps or sugarcane slag and the like are mixed into mixed materials; clean water and nutrition elements required by arethusa plants are added and are uniformly stirred; the materials are pressed into solid particles in the size required by the growth of the arethusa plants by a granulating machine; and the solid particles are subjected to dry distillation and carbonization in a sealed container to obtain carbonized particle nutrition soil; or the mixed materials are pressed into the particles without adding the nutrition elements, and the particles are subjected to dry distillation and carbonization and are then soaked by nutrition element solution to be made into the carbonized particle nutrition soil. The carbonized particle nutrition soil prepared by the method provided by the invention has the advantages that the culture substrate and the nutrition ingredients required by the arethusa plants are integrated, the special requirement of the arethusa plants on the culture substrates is met, the nutrition substances can be continuously provided for the arethusa plants, the selection and the ingredient matching of plant materials in the arethusa plant culture are simplified, and the culture method of the arethusa plants is standardized.

Description

technical field [0001] The present invention relates to a manufacturing technology of orchidaceous carbonized granule nutrient soil, in particular to a production technology of using crop stalks, fungus cultivation waste, sawdust, grass clippings, bagasse, clay, etc. as orchidaceae carbonized granule nutrient soil raw materials method. Background technique [0002] For the growth and reproduction of most plants, both nutrition and soil are needed, and general plants can be satisfied by using the surface soil or adding some fertilizers. However, some special plants, especially some economic plants, often cannot grow normally because of the soil. For example, orchids, which rely on fleshy mycorrhiza to survive, require soil that is ventilated, water-retaining, and rich in nutrients. These requirements are inconsistent with each other, and it is difficult to fully meet their requirements. But orchids are not only important flower plants, but also important medicinal plants. H...

Claims

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Application Information

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IPC IPC(8): C05G3/00
Inventor 傅华龙
Owner 傅华龙
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